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Materials Science is an interdisciplinary branch of science that includes aspects of physics and chemistry as well as various branches of engineering. Working together these fields allow us to build and create most modern structures and many modern products.…

This science investigates the relationship between the structure of materials at atomic or molecular scales and their macroscopic properties.
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materials science n. The study of the characteristics and uses of the various materials, such as metals, ceramics, and plastics, that are employed
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Provider of analysis and engineering in the field of composite materials. Contains contact information, products and company history.
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Play and learn online with the Strange Matter of Materials Science.
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Free and open online Civil and Environmental Engineering course materials from MIT. Lecture notes, exams, audio video lectures, textbooks by MIT professors. No
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Materials science is an applied science concerned with the Materials science is one of the hottest career areas in science, but to think of it as a
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Manufacturer of continuously processed specialty coated materials and services. Specializing in laminates and composites, specialty films, coil coating,
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Materials science is the study of the structural and functional This book is aimed at those studying materials science at the undergraduate level in university whether as
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The NIST Materials Science and Engineering Laboratory (MSEL) promotes U.S. innovation and industrial competitiveness in the development and use
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Sigma-Aldrich offers innovative products and services to the world of Materials Science through our Materials Chemistry Centers of Excellence. We focus on materials
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…Material scientists attempt to understand the fundamental properties of materials in order to make the best and safest buildings, planes, and other forms of technology for us today. The earliest example of materials science comes from both metallurgy and the use of clay to create ceramics.

One field of materials science is the study of failure analysis. When building any type of product that has to withstand a significant amount of stress, it is important to know under what conditions the materials in the product are likely to fail. Material science engineers therefore spend time testing the basic metals, plastics and various parts of the product in order to understand the limits of that material. If possible, they also test the final product as well in order to make sure that the product will meet appropriate safety standards.

A second recently popular field of materials science is the field of nanotechnology. Nanotechnology is the study and manipulation of matter on a molecular or atomic level. One branch of the field focuses on changing the nature of matter on a micro level in order to create new stronger, lighter, more heat resistant materials that will allow us to develop a whole variety of new technologies. A second branch attempts to construct machines at a micro level that would allow us to accomplish activities that would otherwise be impossible given their small size (for example cleaning plaque out of hardening arteries). There have been a lot of concerns about the possible consequences of nanotechnology. We currently don't know what the environmental effects or the long term outcomes of micromachines would be. Therefore many groups have called for stricter oversight in this field.